Company Filing History:
Years Active: 2014
Title: Innovations in Ceramic Dielectric Materials by Fangce Mo
Introduction
Fangce Mo, an accomplished inventor based in Zhaoqing, China, holds two patents focused on advancements in ceramic dielectric materials. His innovations are vital in the production of high-performance capacitors that meet modern electronic demands.
Latest Patents
Fangce's latest patents include a high-frequency, low-dielectric-constant ceramic dielectric material matched with nickel internal electrodes and a method for producing capacitors using this material. This ceramic dielectric consists of a main crystalline phase of MgZrSiO, with the addition of modifying agents such as MnO, AlO, and TiO, among others. The excellent dielectric properties and good uniformity of this material allow it to adhere to EIA standard requirements for COG characteristics, demonstrating its environmental compatibility and suitability for sintering under reducing atmospheres.
Another notable patent from Fangce involves an anti-reductive high-frequency ceramic dielectric material sintered at low temperatures, compatible with copper internal electrodes for multilayer ceramic capacitors. This material, featuring a crystalline phase of MgBaZrSiO, emphasizes eco-friendliness and superior dielectric properties, showcasing Fangce’s commitment to innovative and sustainable solutions in electronic component manufacturing.
Career Highlights
Fangce Mo works at Guangdong Fenghua Advanced Technology Holding Co., Ltd., where he plays a pivotal role in developing advanced technologies in the field of ceramics. His contributions have significantly impacted the company’s goals in producing high-quality electronic components that align with industry standards.
Collaborations
Fangce collaborates with notable colleagues such as Beibei Song and Yongsheng Song, contributing collectively to the innovations seen at Guangdong Fenghua Advanced Technology. Their team synergy is instrumental in pushing the boundaries of material science and electronic applications.
Conclusion
Fangce Mo stands out as an innovator in the realm of ceramic dielectric materials, bringing forth patents that enhance capacitor technology. His dedication to research and development exemplifies the spirit of innovation essential for meeting today's technological challenges.